Automated Patch Management: Definition, Benefits, Process and Best Practices
According to news from the U.S. News & World Report, Texas School Districts say that upgrades to the State’s student data reporting system can affect the funding. It is an example that shows the importance of scheduling system updates properly. Automated patch management plays a crucial part here. It is the right method to focus on effective patch scheduling. With automated patch management, any company can maintain their systems in an accurate manner. This post includes all the essential information about automated patch management. It will help you with consistent operations in your firm.
- Part 1 :What Is Automated Patch Management and How Does It Work?
- Part 2 :Automated vs Manual Patching: Which One is Better?
- Part 3 :Use Cases of Automated Patch Management
- Part 4 :Significant Benefits of Using an Automated Patch Management
- Part 5 :Best automated patch management tools/software
- Part 6 :Steps to implement automated patch management with AirDroid Business
- Part 7 :Best practices for Automated patch management (with examples)
Part 1: What Is Automated Patch Management and How Does It Work?
Now, first we get into the explanation of automated patch management. It is a system that is developed to simplify the process of continuous updation and maintenance of software patches across a network. It works well on Windows by automatically identifying, downloading, and installing the patches for operating systems and applications.
In this process, you will require a patch management tool or service. It will identify the available updates. It also helps with the effective scheduling of the installations. Lastly, you can implement the patches without the need for any manual intervention. This tool will ensure that all the systems remain up-to-date with the current security fixes and performance improvements. Therefore, this complete process will minimize the risk of vulnerabilities and guarantee compliance with organizational policies.
Part 2: Automated vs Manual Patching: Which One is Better?
After understanding the basics of automated patch management, we can now see how it is different from manual patching. Remember that both are vital for different situations. So, the companies use both types of automated patch management. Let’s check the common differences between the two in the following table:
Description | Advantages | Disadvantages | Use Cases | |
---|---|---|---|---|
Automated Patching | It uses software tools to automatically identify, download, and implement the patches without any manual intervention. | ● Saves time with less human error. ● Guarantees timely updates with robust security. ● Easily scalable for large infrastructures. ● Feasible for continuous integration environments. | ● Introduce errors if not tested correctly. ●Complete configuration and monitoring are required to avoid downtime. ● Restricted control over specific timings and details. | ● Large-scale organization with hundreds and more systems to manage. ● DevOps practices and Cloud-based environments. ● Enterprises with strict compliance requiring regular patch updates. |
Manual Patching | It includes the use of manual help to properly inspect, download, and apply the patches to the systems by a responsible IT administrator. | ● Complete control over the patching schedule and process. ● Selective and customizable when it comes to particular requirements. ● Appropriate for the special systems that need dedicated attention. | ● Highly time-consuming for large enterprises. ● Prone to human error, which can cause inconsistencies. ● Delayed patches can lead to security vulnerabilities. | ● Small environments or highly sensitive systems requiring control. ● Legacy systems that are not compatible with automated tools. ● Situations where testing is highly crucial before implementing patches. |
Why should enterprises use automated patching?
Today companies face hassle with managing their systems and applications. It is a common concern when the organizations are big in size. Thus, the implementation of the automated patching can make the patching process simple and faster to keep the systems updated. This process is also helpful because it offers less human errors.
Part 3: Use Cases of Automated Patch Management
You can use the automated patch management on your firm for various reasons. The following are a few examples of the use cases. Any enterprise can check for the need of these requirements in their company and pick an automated patch management tool.
- Enterprise IT Infrastructure Management.
- Cloud Service Providers.
- DevOps and Continuous Integration/Continuous Delivery Pipelines
- Healthcare Systems Compliance.
- Remote Workforce Management.
- Educational Institutions (Campus IT Systems).
- Government and Defense Systems.
- Managed Service Providers.
Part 4: Significant Benefits of Using an Automated Patch Management
1Guaranteed Security
When a company uses an automated patch management software, it gets the protection from unwanted online attacks. These online harms can include cyberattacks that can damage your systems. But, automated patch management can help you in having a safe environment.
2Better productivity
An enterprise can increase its productivity with the implementation of automated patch management tools. The main factor that is responsible for the high productivity is the reduced manual efforts. It saves the time and energy of your staff.
3Fewer Mistakes
Automated patching facility is completely automated and it means you will get the results that are free from human errors. It will take care of generating the solutions that will schedule the patching with minimal issues.
4Simple Reporting
One significant advantage of using automated patch management is the opportunity of easy reporting. It quickly creates the patch reporting for compliance audits. As a result, it will ensure the accurate deployment.
Part 5: Best automated patch management tools/software
1ConnectWise Automate
Official Website: https://www.connectwise.com
Standout features: ConnectWise Automate has exceptional characteristics like asset discovery, endpoint management, IT automation, patch Management, third-party patching, and remote monitoring.
Compatible Systems/Devices: Windows/Android/ Mac
Pricing: You can customize the quote for your requirements.
Pros: Some common benefits of using ConnectWise Automate include its great features, easy usage, effective patch and client management.
Cons: A few downsides include the need of learning to use the tool, several scripting issues, slow performance, etc.
Use Case: You can use ConnectWise Automate for patch, network, workflow, knowledge, and help desk management. It is also good to reboot the scheduling.
Scores in G2: 4.1 out of 5
WHY RECOMMEND IT: Many companies use this tool for patch management. One great point about this tool is effective third-party patching.
2Patch My PC
Official Website: https://patchmypc.com/
Standout features: Patch My PC offers you the best features like robust security, insightful reporting, scalability, and automated applications.
Compatible Systems/Devices: Windows/Mac/Linux/Unix/Mobile OS
Pricing:
- Enterprise Patch: $2/device/year ($1,499 minimum starting price when purchasing)
- Enterprise Plus: $3.5/device/year ($2,499 minimum starting price when purchasing)
- Enterprise Premium: $5/device/year ($3,499 minimum starting price when purchasing)
Pros: The benefits Patch My PC offers include easy usage, time-saving, better patch management, effective automation, and more.
Cons: A few drawbacks of the tool are missing features, access issues, and some problems with Cloud support.
Use Case: It is useful for automated patch management, application management, reporting, better insights, vulnerability remediation, and more.
Scores in G2: 5 out of 5
WHY RECOMMEND IT: You can use Patch My PC because it has affordable plans for all different business sizes.
3Automox
Official Website: https://www.automox.com/
Standout features: Several characteristics of Automox automated patch management tools are cross-platform support, role-based access control, comprehensive reporting, cloud-native architecture, and more.
Compatible Systems/Devices: Windows/MacOS/Linux
Pricing:
- Patch OS: $1 Per endpoint/month, with annual commitment
- Automate Essentials: Custom Pricing and volume discounting is available
- Automate Enterprise: Custom Pricing and volume discounting is available
Pros: Automox offers benefits like easy interface, better customer support, cross-platform compatibility, and more.
Cons: A few disadvantages of using Automox include access issues, average reporting, and some update issues.
Use Case: You can use Automox for tasks like patch management, software deployment, better security, blocklisting unwanted software, etc.
Scores in G2: 4.5 out of 5
WHY RECOMMEND IT: Automox is an ideal automated patch management tool to do the patching for companies in a customized manner.
4AirDroid Business
Official Website: https://www.airdroid.com/business/
Standout features: It automatically detects and deploys patches from Microsoft’s trusted site. It also provides real-time alerts when required patches have failed or when the device requires a reboot after patching.
Compatible Systems/Devices: Windows/Android/iOS
Pricing:
- Basic: $ 12 per device/year
- Standard:$ 21 per device/year
- Enterprise: $ 33 per device/year
Pros: Everything is done from one centralized platform, supports a network of Windows devices, and organizations can implement custom security policies for patch installations.
Cons: AirDroid Business doesn’t currently support third-party app patches, and stable internet is required for patch updates.
Use Case: AirDroid Business is best suited for organizations with many Windows systems that require efficient patch management. In our opinion, it’s ideal for industries such as retail, healthcare, and logistics, where up-to-date software is critical for security and operational efficiency.
Scores in G2: 4.8 out of 5
WHY RECOMMEND IT: AirDroid Business is helpful to manage remote systems appropriately. It is suitable for modern work environments where people are managing work from remote locations.
Part 6: Steps to implement automated patch management with AirDroid Business
Now, we can concentrate on the implementation of the automated patch management. With AirDroid Business, you can do it easily. The following are the common steps of an automated patch management process:
Step 1 Login and enroll your Windows devices. There are two ways to do this: manually via a deployment code or download the Biz Daemon, which will automatically enroll your devices.
Step 2 Patch management: Open the central dashboard and let the software scan for necessary patches from trusted sources, like Microsoft. IT staff can categorize patches by level of importance and deploy them accordingly.
Step 3Afterwards management:
Categorization and Deployment
Once patches have been deployed, installation can be immediate or scheduled during out-of-office periods. The same applies to devices that require rebooting after being patched.
Real-time Monitoring
IT teams can monitor the status of the patch deployment via the central dashboard in real-time. They can confirm which patches have been successfully applied, identify which have failed, and verify whether the device is in order after rebooting.
Comprehensive Patch History
AirDroid Business compiles a complete history of every patch deployed and installed on every device on the network. This allows for audit compliance and provides useful information about device life cycles.
Part 7: Best practices for Automated patch management (with examples)
1Determine which systems lack patches or are not compliant
The first practice that is fruitful is to check for the systems that lack the patches. This is because, nowadays, IT systems can offer challenges because they run multiple software. So, it can be difficult to identify what you need to patch unless you have what you have in your systems.
Imagine a big finance service company wants to implement automated patch management. It performs the scan of all the systems. It identifies that some main servers are using outdated OS versions. Thus, these servers will be considered non-compliant.
2Schedule the patches according to their impact
Another best practice that can offer you the best benefits is to schedule the patches according to their priority. You can do this by looking at the patch rating and configuration. It will decide which system needs to be patched first and last.
An example for this case can be the implementation of automated patch management in a healthcare provider company. It used a Windows OS. The systems that are more near to vulnerabilities need patching first. Besides, the less essential patches like a patch for user interface fix can be done later.
3Maintain Proper Monitoring and Reporting
The next practice that provides the maximum results for the companies is regular monitoring and reporting using the patch management tools. With consistent monitoring, you can identify issues like crashes. It can also keep an eye on the unusual behavior in the network.
We can take an example of an organization that is using an automated patch management tool across 500 devices. The IT team in this firm can use a monitoring tool to check for the installation success rates, missed patches, system performance, and more. A regular report every week with monitoring and reporting can highlight the issues that need attention.
4Test Patches Before Final Implementation
The most crucial practice is to check your patches before going for the final implementation. You can do it on a test network that stimulates the production network. It will help you in getting the accurate implementation of patches in your network.
We can understand it with a real-world example where a company uses a staging environment for testing the Microsoft Windows updates on the subsets of the computers. The trial implementation takes place before the final run to ensure the compatibility and removal of disruptions.
Part 8: In The End
Lastly, let’s summarize this topic on automated patch management. You have seen that it is an effective process for any large enterprise to keep its devices in the right condition. With this automation, you will get various benefits. You can do time-to-time system updates with complete security. It will also reduce the need for manual efforts. Moreover, when you implement this process with the best practices, you will get optimal results. So, if you want to implement automated patch management in your company, you can trust AirDroid Business. It has excellent offerings to manage your systems.
AirDroid Business - Android & Windows Device Management
AirDroid Business is a mobile device management (MDM) solution that can be used to enroll, manage, and monitor a large network of devices. The centralized platform allows IT admins to deploy, monitor, manage, and patch tablets, the Internet of Things (IoT), and other dedicated Windows devices like kiosks and digital signage.
Key features include:
● Remote access & control, including troubleshooting
● Google Play, Microsoft, and the enterprises own apps management
● Patch management from the secure Microsoft site, including identifying, deploying, and reporting
● Single & multi-app kiosk mode
● Alerts & automated workflows
● Geofencing & location tracking
● File transfer
● Bulk notifications
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